Monolithic refractory, also popularly known as unshaped refractory, has a variety of sizes and shapes, making it a special type of refractory material. Monolithic castable refractory has a wide range of minerals in its content, which is quite different from other refractory material’s compositions. Thus, monolithic refractories have some prominent properties, such as low permeability, improved stability, better insulation and so on. These advantages are partly resulted from the manufacturing process of monolithic castable refractories. In this passage, detailed information about how to manufacture monolithic refractory cement will be provided.

Many people might think advanced ceramic, as the name indicates, has some kinds of relationship with traditional ceramic. However, they do not have much similarity. Advanced ceramic also has little connection with pottery or chinaware as the traditional ceramic does. It is a newly developed high-tec

Many people have heard of kilns before. Kiln is similar to oven where high temperatures are generated and preserved in order to complete some operations. However, not many people have a knowledge of kiln furniture. What is ceramic kiln furniture? What role does ceramic kiln furniture play in manufacturing processes? This post will introduce ceramic kiln furniture, an indispensable and helpful tool in industrial productions.

Monolithic refractory, a term for all kinds of unshaped refractory products, is basically a kind of refractory material. Monolithic castable refractory is famous for its outstanding characteristics, such as its variability in shapes and sizes, which makes it of great popularity in recent years. Generally speaking, monolithic refractory cement has advantages over refractory bricks. What is special about monolithic castable refractories? What are the advantages of monolithic castable refractories? This passage might give you a better understanding about this type of material.

Alumina has high melting point and boiling point, high hardness, insulator at room temperature and conductivity at high temperature. Alumina has been used as refractory for melting glass and steel since the 1920s. Zirconia ceramics are widely used in structural ceramics because of their high toughness, flexural strength, wear resistance, excellent thermal insulation and even their thermal expansion coefficient close to metal. In this paper, the important properties and mechanism of zirconia ceramics and its application in various fields are introduced.

Compared with traditional refractories, the density of ceramic fiber insulation is very low, so its heat capacity is very low (based on the insulation quality in the furnace). With the development of related industries, people's demand for high temperature insulated wool is increasing, and the requirements are also increasing. This requires us to have a deeper understanding of it in order to find its value more. So do you know what kind of material it is? What applications does it currently have? Next, we will introduce to you some high temperature insulation cotton related content, hoping to let you have a deeper understanding of it.

From the point of view of development and growth rate, China's refractory industry has farewell to the period of rapid development, and the development mode is transiting to the stage of industrial transformation and upgrading. In the past, purely pursuing the extensive growth of production capacity has no longer adapted to the development trend of the market. At present, the refractory industry is facing a serious imbalance between supply and demand, showing a situation of oversupply. Therefore, the emergence of refractory bricks has greatly alleviated this situation. So, I don't know what you know about firebricks? Here we briefly introduce insulating refractory bricks and related knowledge. Hope to help you better understand insulating refractory bricks.